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Alone in Your Dim, Unheated Room You Light One Candle F{ } ^ { \circ } F

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Alone in your dim, unheated room you light one candle rather than curse the darkness.Disgusted by the mess, you walk directly away from the candle.The temperature (in F{ } ^ { \circ } F )and illumination (in % of one candle power)decrease as your distance (in feet)from the candle increases.The table below shows this information.
 distance(feet)  Temp. (F) illuminatiou (%)055100154.585253.575352674506054756643.553\begin{array}{ccc}\text { distance(feet) } & \text { Temp. }(\mathbf{F}) & \begin{array}{c}\text { illuminatiou } \\(\%)\end{array} \\0 & 55 & 100 \\1 & 54.5 & 85 \\2 & 53.5 & 75 \\3 & 52 & 67 \\4 & 50 & 60 \\5 & 47 & 56 \\6 & 43.5 & 53\end{array} Does the following graph show temperature or illumination as a function of distance?  Alone in your dim, unheated room you light one candle rather than curse the darkness.Disgusted by the mess, you walk directly away from the candle.The temperature (in  { } ^ { \circ } F  )and illumination (in % of one candle power)decrease as your distance (in feet)from the candle increases.The table below shows this information.   \begin{array}{ccc} \text { distance(feet) } & \text { Temp. }(\mathbf{F}) & \begin{array}{c} \text { illuminatiou } \\ (\%) \end{array} \\ 0 & 55 & 100 \\ 1 & 54.5 & 85 \\ 2 & 53.5 & 75 \\ 3 & 52 & 67 \\ 4 & 50 & 60 \\ 5 & 47 & 56 \\ 6 & 43.5 & 53 \end{array}  Does the following graph show temperature or illumination as a function of distance?

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